LAM 810-800156-202 电源板卡

810-800156-202离散输出包括Runenable[Run/Enable]dflt=true（false，true）（此参数仅适用于ProAct软件2.10版或更高版本）（检查服务：单元状态下的版本号：）当设置为true时，当Run Enable离散输入（低功率待机模式）触点打开时，状态输出也将打开。当设置为false时，运行启用（低功率待机模式）触点的条件不会影响状态输出。Run Enable–Closed to Run dflt=true（false，true）（此参数仅适用于ProAct Software Version 2.20特殊固件810-800156-202零件号5418-2590）（检查“服务：单元状态”下的版本号：）设置为true时，运行启用触点将在运行模式下闭合，在低功率待机模式下打开。当设置为false时，运行启用触点将在运行模式下打开，在低功率待机模式下关闭。停机操作dflt=3（1,3）选择检测到停机条件时要执行的操作。选择选项：1=最小，2=最大，3=Pwr向下。810-800156-202（请参阅停机说明待定）。温度报警SP（°C）dflt=95°C（50150）高温报警设定点，810-800156-202单位为摄氏度。此警报基于内部电子设备温度。有关详细信息，请参阅报警部分。温度报警延迟（秒）dflt=1秒（0，10）高温报警延迟（以秒为单位）。

执行机构类型dflt=3（1=ProAct1，2=ProAct2，…4=ProAct4）ProAct执行机构类型配置。这被设置为适当的ProAct致动器（例如，ProAct Model 4将被设置为“4”）。执行机构CCW方向dflt=false（false=CW，true=CCW）ProAct执行机构方向配置——顺时针与逆时针——从执行机构的轴端看。执行机构惯性设置dflt=0（范围0–25）执行机构/阀门惯性设置。此设置适用于惯性高于或低于默认值的系统，如轴移动过大所示。810-800156-202零（0）设置基本上适用于未连接的轴，而增加设置意味着系统中的惯性更高。该参数也可以在服务模式下进行调整和测试——有关详细信息，请参阅调整用户停止部分中的调整和测试致动器动态（有关更多详细信息，810-800156-202）810-800156-202。高摩擦系统dflt=false（false，true）内部扰动观测器控制器（dobs）启用命令。通常设置为false，仅在高摩擦系统中需要。该参数也可以在服务模式下进行调整，以确定是否需要它——有关详细信息，810-800156-202请参阅调整用户停止部分中的调整和测试致动器动态（有关更多详细信息，见图9-8）。DiscreteOut Alarms Enabled dflt=true（false，true）离散输出配置设置。当为false时，只有关闭才会激活离散输出。当为true时，任何报警或停机条件都将激活离散输出。

Verify Calibration. This can be done by hand by moving the rack from min to max and observing the position readout (Service Tool or analog out) or by stetting the Manual Enable to true and positioning the output using the Manual Set Position variable.810-800156-202 810-800082-009 Adjust Dynamics. Adjust the Actuator Inertia Setting for proper system performance. Increasing the setting implies a higher inertia in the system and results in a higher gain in the actuator. Verify the setting with the Actuator Inertia 810-800082-009Test Execute command. Refer to Table 9-1 for an approximate inertia setting based on lever size. 14. Optionally, set the offset (bias) desired at each stop.810-800156-202 The Min Stop Bias and Max Stop Bias parameters are available in the Hardware Adjustments to basically provide an electrical stop within the user calibrated stop settings810-800082-009.810-800082-009 This offset is in degrees of travel and can be adjusted anytime.810-800156-202 Refer to Figure 9-5 and Service Mode: Hardware adjustments later in this chapter.

When set to false, the condition of the Run Enable (Low Power Standby Mode) contacts will not affect the Status Output.810-800156-202 Run Enable – Closed to Run dflt=true (false, true) (This parameter only available with ProAct Software Version 2.20 special firmware Woodward part number 5418-2590) (Check the version number under Service: Unit Status:) When set to true, the run enable contacts will be closed for run mode, and open for Low Power Standby Mode. When set to false, the run enable contacts will be open for run mode,810-800156-202 and closed for Low Power Standby Mode. Shutdown Action dflt = 3 (1,3) Select the action to be performed when a shutdown condition is detected. Selection options: 1=Min, 2=Max, 3=Pwr Down. (refer to Shutdown description TBD). Temp Alarm SP (°C) dflt = 95 °C (50, 150) High Temperature Alarm set point in degrees Celsius. This alarm is based on the internal electronics temperature. Refer to the alarms section for details. Temp Alarm Delay (sec) dflt = 1 sec (0, 10) High temperature alarm delay in seconds.810-800156-202

Actuator Type dflt = 3 (1=ProAct1, 2=ProAct2, … 4=ProAct4) ProAct Actuator Type configuration. This is set to the appropriate ProAct actuator 810-800156-202(e.g. ProAct Model 4 would be set to ‘4’). Actuator CCW Direction dflt = false (false=CW, true=CCW) ProAct Actuator Direction configuration—clockwise vs. counter-clockwise—as seen from the shaft end of the actuator. Actuator Inertia Setting dflt =0 (range 0–25) Actuator/valve inertia setting. This setting is available for systems with higher or lower inertia than the default as indicated by excessive shaft movement.810-800156-202 A zero (0) setting is basically for an unconnected shaft, whereas, increasing the setting implies a higher inertia in the system. This parameter can also be tuned and tested in the Service810-800156-202 Mode—see Adjusting and Testing Actuator Dynamics in the Adjust User Stops section for details (see Figure 9-8 for more details)